国家/地区 韩国（9）
IPC部 C（9）
IPC大类 C01（9）
IPC小类 C01B（9）
IPC C23C016/26（8） C01B032/186（5） C23C016/02（3）
C23C016/511（3） H01L021/02（3） H01L029/16（3）
C01B032/182（2） C01B032/198（2） C23C016/44（2）
C23C016/50（2） C23C016/513（2） H01L021/285（2）
发明人 BYUN K（4） BYUN K E（4） SHIN H（4）
SHIN H J（4） SHIN K（4） SHIN K W（4）
KIM C（3） LEE C（3） LEE C S（3）
SONG H（3） SONG H J（3） AHN S J（2）
AN S（2） CHO Y（2） CHO Y C（2）
公开年 2020（9）
申请年 2019（6）  2018（2） 
专利权人 SAMSUNG ELEC.（4） KOREA INST S.（2）

Microball complex useful in cathode of lithium secondary battery comprises microballs having three-dimensional carbon nanotube matrix structure, graphene and silicon nanoparticles, and carbon coating layer.

YANG C M, JO A, KIM S Y, RYU J S, LEE M W, MINGOOK K, NA W

Formation of graphene for metal wiring for semiconductor device, involves directly growing graphene on non-catalyst substrate based on injecting reaction gas comprising carbon source having preset ionization energy, into reaction chamber.

SONG H, LEE E, LEE C, KIM C, BYUN K, SHIN K, SHIN H, SONG H J, LEE C S, BYUN K E, SHIN K W, SHIN H J

Synthesizing graphene pattern by physically adhering catalyst block including catalyst material to portion of growth substrate, and forming graphene thin film selectively at interface between catalyst block and growth substrate.

PARK J, SIM Y, KIM J, SIM Y M, PARKJAEHYUN

Method of forming graphene on substrate, involves treating surface of substrate placed in reaction chamber with plasma, and growing graphene on surface of substrate by plasma enhanced chemical vapor deposition (PECVD).

SHIN K, KIM C, YAMAMOTO K, LEE C, SONG H, LEE E, BYUN K, SHIN H, AN S, SHEN J, JIN C, SHAN B, LI C, SONG X, LI Y, BIAN Q, SHEN X, AN X, SHIN K W, LEE C S, SONG H J, BYUN K E, SHIN H J, AHN S J

Method for manufacturing multilayer graphene, involves subjecting graphene precursor to chemical vapor deposition on metal substrate containing nonmetal element, manufacturing graphene that is doped with element on metal substrate.

CHO K, YOO M S, LEE H C, CHO K W, ZHAO J, YU M, LI X

Surface-decorated flexible graphene self-heating gas sensor used for e.g., smart sensors comprises pattern of graphene that is decorated with metal nanoparticles formed on flexible substrate, and detects gas by applying an external voltage.

JANG H W, KIM Y

Producing reduced graphene oxide by providing carbon material, providing substrate adjacent to provided carbon material, heating carbon material, and depositing carbonaceous material on substrate.

KIM G H

Formation of nanocrystalline graphene used for semiconductor device, involves arranging substrate in chamber, forming protective layer, injecting reaction gas, generating plasma, and growing nanocrystalline graphene on protective layer.

JUNG A, SHIN K, BYUN K, SHIN H, LIM H, NAM S, SONG H, CHO Y, JUNG A R, SHIN K W, BYUN K E, SHIN H J, LIM H S, NAM S G, SONG H J, CHO Y C

Directly growing of carbon material in production of high-quality graphene, involves adsorbing carbons onto substrate by supplying carbons to substrate, and removing unreacted carbon residues from substrate after supplying carbons.

KIM C, SHIN H, BYUN K, SHIN K, LEE C, NAM S, AN S, LEE J, CHO Y, SHIN H J, BYUN K E, SHIN K W, LEE C S, NAM S G, AHN S J, LEE J H, LEE J I, CHO Y C